200538908 九、發明說明： 【發明所屬戈^技術領域】 發明領域 本發明係有關於處理器插座之護板。 5 【先前技 發明背景 u亥專善板係為所熟知的。特別地，分別針對處理琴插 座或是中央處理器單元(CPU)插座的新近發展，其中該等連 接插銷不再如之前分別係配置在微處理器或是CPU底側， 10但於插座本身中，其需一護板，因即使假定正確地安裝 CPU，該等插銷亦極易受傷害並會受損。所熟知之護板係 由金屬或塑膠之不透明蓋所組成，其係分別地附裝至處理 器插座或是CPU插座。然而，該等蓋所不利之處在於首先 其必需開啟或自處理器插座移開，為了能夠偵測對於在 15面銷可能的損害。此外，針對該等組件之製造而言，極I 重要的是能夠理解是否在交貨之前或之後可能造成搞金、 如此對於前述護板亦係不可達到 。該相關性可應用在: 銷的傳統式處理器。 ’、插 【發明内容】 20 發明概要 因此，本發明之一目的在於提供一般護板，其中At t易地偵測因不正確的操作而對處理器插座 句 造成的損害。 ^所 具有申請專利範圍第1項之特性的護板係用於命▲ 、汽現該 200538908 等目的 發展 ;依附項之巾請專利範圍巾說明本發明之護板的有利 10 15 發明之處理器插座之護板中，該護板係至少部分 二透明及/或半透明的材料所製成，並係為可分開地或 gaj也附$至處理11插座及/或主機板，處理器插座係 、_J /、上，及/或一附裝模組用於在電腦外殼中附裝至少 一^疋件’及/或—處理器與處理器插座連接，其中該處 理裔插座係至少部分地藉由該護板加以覆蓋。如此極有助 於檢查下面可能損害之電子組件。其中，可Μ卸下護板 卜/地進仃檢查。因而，—方面，就控制主機板製造 商出貨而言’如果發生護板損害，則能夠立即地分別債測 1 =處理H插座或是對應_是㈣生損害，或是分別在 製=及安|主機板顧，處理_座或是對應插銷已發生 $害°對應的處理方式亦可應用在控制域板購買者之進 ； 例如，假若藉由運輸貨品分別可能對處理器插 座或是處理ϋ或是其之插銷造成損害，則亦能夠簡單且立 即=識別。此外…但去除護板，則域板之製造商的保 固振力能夠終止。因而，該護板亦可具密封功能。在電腦 之外殼内’該護板亦能夠牢固且易於附裝。 有利地，該護板係以塑膠及/或玻璃及/或矽樹脂製成， 並係構成為一薄片、一蓋狀構件或是其之結合形式。 有利地，透明及/或半透明材料具有獨特的熱阻，上達 約260°C至少持續5分鐘。 20 200538908 從而，可確保的是在護板之用 败<周圍執行可能的焊接作業 ，該材料不致受損害。 於本發明之另一有利的發展中 ^ 展千，该護板具有至少一預 設的斷裂點及/或一撕裂線。在將罐k a 、 ’邊板自附裝模組及/或處理 器插座及/或主機板及/或處理器去^ 古除時，預設的斷裂點或撕 裂線造成護板之縣界定的破壞。藉由如此方法’有利地 ’可確保的是分職立即偏m板之操作或是不正 確的裝卸。 於本發明之另-有利的發展中，該護板係以蓋狀構件 1〇所組成，並包括-中央護板主體，其中具有至少一附裝元 件的至少-腳件係構成在護板主體上。其中，該附跋^件 能夠由-閃鎖元件所組成，其中該閃鎖元件係構成用於與 位在處理器插座及/或主機板及/或附裝模組及/或處理器中 的一開口嚙合。假若腳件之長度係適當地選擇為大的°，則 15該設計容許護板可用於複數種處理器插座尺寸或是處理器 尺寸。然而，該護板亦能夠由蓋狀構件所組成，並包括— 中央護板主體，其中用於與位在處理器插座或主機板或附 裝模組或處理器中的至少一閂鎖調整片，係構成在護板主 體之周圍上。 20 於本發明之另一有利的發展中，該護板係安置在處理 器插座或處理器上，特別是利用密封方式。因此，該護板 除了覆蓋及防護功能之外，亦能夠確保灰塵或是其他污染 物不致滲透進入處理器插座。 於本發明之另一有利的發展中’該護板或護板主體分 200538908 別地係構成為楔狀，其中該護板主體具有由一安置表面所 環繞的二近似三角形狀的側表面、—終端表面及—較遠的 表面。其中，該護板主體能夠構成為中空或是厚實地。此 外’該終端表面能夠構成為凹面或凸面，致使該護板主體 5可使用作為-光學元件，例如，插銷之放大形式。該護板 亦能夠為架空形式(aerial formation)。 於本發明之另一有利的發展中，所分別構成之該護板 «板主體，以致環繞-處理器的1合框架安裝在處理 器插座上，並係可移動地附裝至處理器插座，在處理器之 10未經安裝狀態下安置在護板之周圍或是-表面上，致使配 置在處理器插座中的該等插銷係為可看見的。 從而，該護板亦能夠分別與此型式之處理器或是處理 器插座-同使用，並特別地能夠執行其之有利的功能。 U —財發明之另一有利的發展中，具放大鏡功能的至少 :光學元件，係構成在該護板中。藉此，進一步有助於針 斟可能的損害進行視覺檢查。其中，該光學元件能夠與護 板體成型。如此簡化了該護板之製程。例如，該光學元 件可由-適合的將透明或是半透明護板變厚的材料，或是 2〇塑造該透明或是半透明護板的材料所構成。 2〇 於本發明之另一有利的發展中，至少將該護板之接觸 #面置黏著層用於與處理器插座及/或主機板及/或附 :板、、且及/或處理$接觸。應用_適當的—侧黏著層，有助 方、/儿積並將護板分別附裝在個別組件上或是附裝至該個別 組件。 200538908 於本發明之另一有利的發展中，該護板係構成在附裝 杈組上，其中該附裝模組用以將至少一冷卻元件附裝在電 腦外孰中，而該冷卻元件用於冷卻一處理器，其係與一處 理器插座連接，並係由每一者具有至少一安置表面的至少 一相對腳件所組成’其中該護板係構成在該等腳件之間， 一方面至少部分地安置在安置表面上並係可分開地與其連 接，另一方面，至少部分地安置在處理器插座上或是具有 中央區域之周圍上並係可分開地與其連接。有利地，於 此具體實施例中，本發明之護板係與附裝模組一體成型用 10 於附裝該等冷卻元件。 於本發明之另-有利的發展中，位在附裝模組上，用 於將腳件彼此連接的至少另_腳件係構成與該等相對腳件 垂直。再者，該另一腳件具至少一安置表面，用於支撐並 可分開地附裝護板之另-周圍區域。此附裝模組之發展係 15為特別地穩定並附加地提供另一供護板所用的安置表面。 於本發明之另一有利的發展中，該護板係由一框架構 件所環繞。因而，該護板具高穩定性，特別是薄片狀護板 。其中，框架構件經由一鉸鍊或是閂鎖元件可移動地與處 理器插座或主機板或附裝模組或處理器連接，並可藉由一 20 鎖扣裝置而閉合。 於本發明之另-有利的發展中，構成至少一密封薄片 ’-方面，其中該密封薄片係、與該護板連接，另一方面， 係與處理器插座或主機板或附裝模組或處理器連接。其中 ’遠每-密封薄片具有至a -撕裂線。藉由密封薄片，提 200538908 供另-構件用以能夠輕易地偵測對處理器插座或主機板或 是處理器之未授權或不正確的操作。 圖式簡單說明 本發明之進-步細節、特性及優點由該等圖式所圖示 5之複數之具體實施例係為顯而易見的。於圖式中： 第1圖係為本發明之配置在一處理器插座上的一護板 的一概略圖式； 弟2圖係第1圖之護板的一概略圖式； 第3圖係為本發明之配置在一處理器插座上的一護板 之第一具體實施例的一概略圖式； 第4圖係為第3圖之護板的另一概略圖式； 第5圖係為本發明之配置在一附裝模組上的一護板之 第三具體實施例的一概略圖式； 第6圖係為處於開啟狀態下本發明配置在一處理器插 座上的5蒦板之弟四具體貫施例的一概略圖式； 第7圖係為在閉合狀態下第6圖之具體實施例的一概略 圖式； 第8圖係為本發明之配置在一處理器插座上的一護板 之第五具體實施例的一概略圖式。 20 【實施方式】 較佳實施例之詳細說明 第1圖係為配置在一處理器插座18的一護板1〇的一概 略圖式。其中’該護板係以透明且架空的塑膠蓋狀構件所 組成。於圖示的具體實施例中，該護板10係可分開地附裝 10 200538908 至 Γ ν:Γ 18大部分係由護板1。所 覆盍。然而’亦能夠將護板10不可分開地與主機板2。連: 。該護板1G包括-中央護板主體12，其中每—腳件j 附裝元件16的該四腳件14，係誠錢板域Uh、⑽ 不的具體實施射’該”件14係料板域12之二 角落處，以45度的角度向外分支。其中，該每-附裝元: ⑹系以-_元件24触成，該每—元件係於主機板 與一對應開口 22嚙合。 ，透 少持 此外，該護板能夠以破璃或是石夕樹脂製成。其中 10 明及/或半透明㈣具相特的熱阻，上達約2贼至 續5分鐘。 再者，於進-步具體實施例中’未顯示，該護板1〇係 可分開地或是不可分開地附裝至處理器插座18及/或處理 器。 15 料可賴的是，該護板1G安置錢理II插座18上。 該護板U)亦能夠以密封方式安置在處理器插座社。再者 ’該護板10或透明塑膠蓋分別地具有至少—預設的斷裂點( 未顯示）。此外’於護板1G或是護板主體12中，可構成至少 -具有放大鏡功㈣光學元件。其巾，該光學元件係可與 20 護板10或護板主體12—體成型。 第2圖係為護板10之另一概略視圖。吾等可確認的是， 四邊形護板主體12覆蓋-下面處理器插座的對應區域。因 此，於母一腳件14處所構成之附裝元件16之設計作為一閂 鎖元件24係為明瞭易懂的。 200538908 第3圖係為配置在處理器插座18上該護板1〇之另一具 體實施例的一概略圖式。於此具體實施例中，吾等可確認 的是：該護板10或是護板主體I2分別地係構成為楔狀，其 中該護板主體12具有二近似三角形側表面28、30，其係由 5 一安置表面34、一終端表面32及一較遠表面36所環繞。其 中，忒楔狀護板主體12能夠構成為中空的或是厚實的。於 此具體實施例中，吾等亦確認的是，該四腳件14的每一腳 件具有一附裝元件16。該等腳件14係於四邊形安置表面34 之角落處，以45度的角度向外分支。再者，吾等確認的是 10 閉合框架26環繞著安裝在處理器插座μ上的處理器， 並係可移動地附裝至處理器插座18，其係在處理器之未安 裝狀恶下安置在護板主體12之表面36上，致使配置在處理 器插座18中該等插銷（未圖示）係為可見到的。 由第4圖，終端表面32之凸面形式係為明顯的。此外， 15第3及4圖顯示護板主體12之該等表面能夠貼上標籤。 第5圖所示係為護板10之一第三具體實施例，於此實例 中其係構成為薄片狀。該護板10係配置在一附裝模組38上 ，用於將至少一冷卻元件附裝在一電腦外殼(未圖示）中。 其中，該等冷卻元件通常係由一被動及一主動冷卻元 2〇 件所構成，用於冷卻處理器（未圖示）。此類型之處理器係與 處理器插座連接，其中較新的處理器插座具有連接插銷， 用於與處理器（未圖示）電連接。吾等確認的是，附裝模組38 係由二相對腳件40、42所構成，每一腳件具有一安置表面 44、46。所構成的另一腳件50係與相對腳件40、42垂直， 12 200538908 用於連接腳件40、42。護板1〇係構成在腳件4〇、、如之 間，一方面係安置在該等安置表面44、46以及腳件如之安 置表面52上，並且每一者係可分開地與其連接，而另一方 面，至少部分地安置在處理器插座18或是其之具有一中央 5區域48的周圍（未圖示），並亦係可分開地與其連接。特別地 ，至少護板10之接觸表面係配置具有一黏著層，用於分別 地與安置表面44、46、52及處理器插座18或是其之周圍接 觸。此外，於此具體實施例中，該護板1〇係為透明或半透 明，並係以塑膠製成。 。等確涊的是，撕裂線54係構成在薄片狀護板1〇中， 其中該撕裂線5 4係有助於將護板自附裝模組3 8或處理器插 座18或其之周圍或主機板或是處理器一經去除，預定地 壞護板10。 此外，在腳件40、42上，用於附裝一或更多被動冷卻 b ^件的附裝構件58，係構成在附裝模組％上。此外，與附 裝構件58相對的該等腳件4〇、42之底側，具有附裝構件％ 用於將附裝模組38附衆至主機板或是附裝至電腦之外殼。 第6圖係為在一處於開啟狀態下配置在處理器插座18 上的一護板10之第四具體實施例的一概略圖式。吾等確認 20的是，護板10係由蓋狀構件所組成，並包括一中央、架空 的遵板主體12，其中該在處理器插座I8中用於與對應凹口 a的一相對閂鎖調整片62，係構成在護板主體12的周 圍上。於處理器插座W之閉合狀態下（見第7圖），該護板1〇 係由一框架構件60所環繞。該框架構件60係經由一鉸鍊或 200538908 疋Utl件70可移動地與處理器插座以連接，並分別地藉 由鎖扣tl件68固定或閉合。再者，吾等確認的是，將一 ^柄6罐成在遵板主體12上。由第7圖中可見，處在閉合狀 心下第6圖之瘦板1G的一具體實施例，圖中清楚可見該鎖扣 5元⑽將-鎖扣調整片72壓按靠著該框架構件6〇，致使其 固定地分別安置在處理器插座is上或是護板10上。 第8一圖係為配置在一處理器插座18上的一護板ι〇之第 γ貝施例的一概略圖式。於此，與第6及7圖中所圖示 之具體實施例不同的是，構成二密封薄片7 4。其中，一方 10 該密封薄片74係與護板1〇連接，另-方面係與處理器 A連接特別是與二相對的周圍元件78連接。此外， 該每-者具有1裂線76。 【圖式簡單說明】 第1圖係為本發明之配置在一處理器插座上的一護板 15 的一概略圖式； 第2圖係第1圖之護板的-概略圖式； 圖係為本發明之配置在一處理器插座上的一護板 之第二具體實施例的一概略圖式； 20200538908 IX. Description of the invention: [Technical field to which the invention belongs] Field of the invention The present invention relates to a protective plate for a processor socket. 5 [Prior Art Background of the Invention] The U-Boat system is well known. In particular, the recent developments of processing sockets or central processing unit (CPU) sockets, respectively, in which the connection pins are no longer configured on the bottom side of the microprocessor or CPU as before, but in the socket itself It requires a shield, because even if the CPU is assumed to be installed correctly, these pins are extremely vulnerable and can be damaged. The well-known shield is composed of a metal or plastic opaque cover, which is separately attached to a processor socket or a CPU socket. However, the disadvantage of these covers is that they must first be opened or removed from the processor socket in order to be able to detect possible damage to the 15-pin. In addition, for the manufacture of these components, it is extremely important to be able to understand whether gold may be caused before or after delivery, which is also unreachable for the aforementioned guard plates. This correlation can be applied to: traditional processors. [Inventive Summary] 20 Summary of the Invention Therefore, an object of the present invention is to provide a general protective plate, in which At t can easily detect damage to the processor socket sentence due to incorrect operation. ^ The protective plate with the characteristics of the first item of the scope of patent application is used for the development of projects such as ▲, steam, 200538908, etc .; according to the attached item, please use the patent range towel to explain the advantages of the protective plate of the invention. 10 15 The processor of the invention In the protective cover of the socket, the protective plate is made of at least part of two transparent and / or translucent materials, and is separably or attached to the processing socket of 11 and / or the motherboard. , _J /, on, and / or an attachment module for attaching at least one piece of hardware in the computer case 'and / or-the processor is connected to the processor socket, wherein the processing socket is at least partially borrowed Covered by this shield. This is extremely useful for inspecting electronic components that may be damaged below. Among them, the protective plate can be removed and inspected. Therefore, in terms of controlling the motherboard manufacturer ’s shipments, 'if the damage to the shield occurs, it can be immediately and separately tested 1 = Handle H socket or correspond to _ is the damage generated, or is in the process = and Ann | Motherboard board, processing _ seat or the corresponding plug has been harmed. The corresponding processing method can also be applied to the purchaser of the control domain board; for example, if the goods are transported to the processor socket or processing, respectively ϋ or the damage caused by its latch can also be easily and immediately identified. In addition ... but if the shield is removed, the manufacturer's warranty of the domain board can be terminated. Therefore, the protective plate can also have a sealing function. Inside the computer ’s case, the shield can also be sturdy and easy to attach. Advantageously, the protective plate is made of plastic and / or glass and / or silicone, and is formed as a sheet, a cover-like member or a combination thereof. Advantageously, the transparent and / or translucent material has a unique thermal resistance, up to about 260 ° C for at least 5 minutes. 20 200538908 Thereby, it is ensured that a possible welding operation is performed around the failure of the guard plate, and the material is not damaged. In another advantageous development of the present invention, the guard plate has at least one preset break point and / or a tear line. When the tank ka, 'side plate self-attached module and / or processor socket and / or motherboard and / or processor are removed, the preset break point or tear line causes the county definition of the shield Destruction. By this method, 'advantageously', it can be ensured that the division of work is immediately performed on the m-board or the improper loading and unloading. In another advantageous development of the present invention, the guard plate is composed of a cover-like member 10 and includes a central guard plate body, wherein at least a leg member having at least one attachment element is formed on the guard plate body. on. Wherein, the attachment can be composed of a flash-lock element, wherein the flash-lock element is configured to communicate with a processor socket and / or a motherboard and / or an attached module and / or a processor. An opening engages. If the length of the foot is appropriately selected to be large, 15 the design allows the shield to be used for multiple processor socket sizes or processor sizes. However, the shield can also be composed of a cover-like member and includes-a central shield main body, which is used for at least one latch adjustment piece located in a processor socket or a motherboard or an add-on module or processor , Is formed around the body of the guard. 20 In another advantageous development of the invention, the shield is placed on a processor socket or processor, especially by means of a seal. Therefore, in addition to covering and protecting the shield, it can also ensure that dust or other contaminants do not penetrate into the processor socket. In another advantageous development of the present invention, 'the guard plate or the guard plate main body 200538908 is otherwise formed in a wedge shape, wherein the guard plate main body has two approximately triangular side surfaces surrounded by a seating surface,- Terminal surface and-farther surface. Among them, the main body of the shield can be configured to be hollow or thick. In addition, the terminal surface can be configured as a concave or convex surface, so that the shield main body 5 can be used as an optical element, for example, an enlarged form of a latch. The shield can also be an aerial formation. In another advantageous development of the invention, the shields «board bodies are constructed so that the 1-in frame of the surround-processor is mounted on the processor socket and is movably attached to the processor socket, In the unmounted state of the processor 10, it is placed around or on the surface so that the pins arranged in the processor socket are visible. Thus, the shield can also be used with this type of processor or processor socket, respectively, and can particularly perform its advantageous functions. U—In another advantageous development of the invention, at least an optical element with a magnifying glass function is formed in the protective plate. This further helps to visually inspect possible damage. Among them, the optical element can be molded with a shield body. This simplifies the manufacturing process of the guard plate. For example, the optical element may be made of a material suitable for thickening a transparent or translucent shield, or a material that shapes the transparent or translucent shield. 20 In another advantageous development of the present invention, at least the contact surface of the protective plate is provided with an adhesive layer for contacting the processor socket and / or the motherboard and / or the attached board, and / or processing. contact. Application_Appropriate—Side adhesive layer that helps the square and / or product to attach the shield to the individual component or to the individual component. 200538908 In another advantageous development of the present invention, the protective plate is formed on an attachment block, wherein the attachment module is used to attach at least one cooling element to the outer casing of the computer, and the cooling element is used For cooling a processor, it is connected to a processor socket, and is composed of at least one opposing foot piece each having at least one seating surface. 'The protective plate is formed between the foot pieces, a On the one hand, it is arranged at least partially on the mounting surface and is detachably connected to it, on the other hand, it is arranged at least partially on the processor socket or on the periphery with a central area and is detachably connected to it. Advantageously, in this specific embodiment, the protective plate of the present invention is integrally formed with the attachment module 10 to attach the cooling elements. In another advantageous development of the present invention, at least another foot piece located on the attachment module for connecting the foot pieces to each other is formed perpendicular to the opposite foot pieces. Furthermore, the other foot piece has at least one seating surface for supporting and detachably attaching another-peripheral area of the shield. The development module 15 of this add-on module is particularly stable and additionally provides another mounting surface for the shield plate. In another advantageous development of the invention, the shield is surrounded by a frame member. As a result, the shield has high stability, especially a sheet-like shield. Wherein, the frame member is movably connected to the processor socket or the motherboard or the attachment module or the processor via a hinge or a latch element, and can be closed by a 20-locking device. In another advantageous development of the present invention, at least one sealing sheet is formed, wherein the sealing sheet is connected to the protective plate, and on the other hand, is connected to a processor socket or a motherboard or an attached module or Processor connection. Where 'far per-sealing sheet has a to tear line. By sealing the sheet, the 200538908 is provided for another component to be able to easily detect unauthorized or incorrect operation of the processor socket or motherboard or the processor. Brief Description of the Drawings Further details, characteristics and advantages of the present invention are apparent from the specific embodiments of the plural 5 shown in the drawings. In the drawings: Figure 1 is a schematic diagram of a protective plate disposed on a processor socket of the present invention; Figure 2 is a schematic diagram of a protective plate of Figure 1; Figure 3 is a FIG. 4 is a schematic diagram of a first embodiment of a protective plate disposed on a processor socket according to the present invention; FIG. 4 is another schematic diagram of the protective plate of FIG. 3; FIG. 5 is A schematic diagram of a third embodiment of a protective plate disposed on an attachment module according to the present invention; FIG. 6 is a diagram of a 5 蒦 plate disposed on a processor socket according to the present invention in an open state; The fourth embodiment is a schematic diagram of a specific embodiment; FIG. 7 is a schematic diagram of the specific embodiment of FIG. 6 in a closed state; and FIG. 8 is a diagram of a processor socket configured according to the present invention. A schematic diagram of a fifth embodiment of a shield. [Embodiment] Detailed description of the preferred embodiment FIG. 1 is a schematic diagram of a shield plate 10 disposed on a processor socket 18. Among them, the protective plate is composed of a transparent and overhead plastic cover-like member. In the specific embodiment shown in the figure, the guard plate 10 is detachably attached. 10 200538908 to Γ ν: Γ 18 is mostly composed of the guard plate 1. All covered. However, it is also possible to separate the guard plate 10 from the motherboard 2 inseparably. Even:. The protective plate 1G includes a central protective plate main body 12, wherein each of the four foot pieces 14 of the attachment member 16 of the foot piece j is a real money plate Uh, and the specific implementation of the 14 piece material plate At the corner of the second sphere of the domain 12, it branches outward at an angle of 45 degrees. The attachment element: The attachment element is touched by the-element 24, which is engaged with a corresponding opening 22 on the motherboard. In addition, the protective plate can be made of broken glass or stone resin. Among them, 10 Ming and / or translucent cymbals with special thermal resistance, up to about 2 thieves to 5 minutes. In a further embodiment, 'not shown, the protective plate 10 is detachably or inseparably attached to the processor socket 18 and / or the processor. 15 It may be said that the protective plate 1G is disposed Chrysler II socket 18. The guard plate U) can also be placed in a sealed manner at the processor socket company. Furthermore, the guard plate 10 or the transparent plastic cover respectively has at least one preset break point (not shown). In addition, in the protective plate 1G or the protective plate main body 12, it can constitute at least an optical element with a magnifying glass function. For the towel, the optical element can be connected with 20 The shield 10 or the shield main body 12 is formed integrally. Figure 2 is another schematic view of the shield 10. We can confirm that the quad shield cover 12 covers the corresponding area of the processor socket below. Therefore The design of the attachment element 16 formed on the female-feet 14 as a latch element 24 is self-explanatory. 200538908 Figure 3 is another one of the protective plate 10 disposed on the processor socket 18. A schematic diagram of a specific embodiment. In this specific embodiment, we can confirm that the guard plate 10 or the guard body I2 is respectively formed into a wedge shape, wherein the guard plate main body 12 has two approximations. The triangular side surfaces 28, 30 are surrounded by 5 a seating surface 34, a terminal surface 32, and a farther surface 36. Among them, the wedge-shaped guard body 12 can be constructed as hollow or thick. Here In the specific embodiment, we have also confirmed that each leg of the four-legged member 14 has an attachment element 16. The legged members 14 are attached to the corners of the quadrangular mounting surface 34 at an angle of 45 degrees. Outside branch. Furthermore, we confirmed that 10 closed frames 26 surround the security A processor mounted on the processor socket μ and movably attached to the processor socket 18, which is placed on the surface 36 of the shield main body 12 in the unmounted state of the processor, so that the The pins (not shown) in the socket 18 are visible. From Figure 4, the convex form of the terminal surface 32 is obvious. In addition, Figures 3 and 4 show the A label can be affixed on the surface. FIG. 5 shows a third specific embodiment of the guard plate 10. In this example, it is formed in a sheet shape. The guard plate 10 is arranged on an attachment module 38, It is used to attach at least one cooling element in a computer casing (not shown). The cooling elements are usually composed of 20 passive and one active cooling element for cooling the processor (not shown). Show). This type of processor is connected to a processor socket, where newer processor sockets have connection pins for electrical connection to a processor (not shown). We have confirmed that the attachment module 38 is composed of two opposing feet 40, 42 and each foot has a seating surface 44, 46. The other foot piece 50 is formed perpendicular to the opposite foot pieces 40 and 42. 12 200538908 is used to connect the foot pieces 40 and 42. The guard plate 10 is formed between the foot pieces 40, and the like. On the one hand, it is placed on the placement surfaces 44, 46 and the foot pieces, such as the placement surface 52, and each is detachably connected to it. On the other hand, it is disposed at least partially around the processor socket 18 or has a central 5 area 48 (not shown), and is also detachably connected to it. In particular, at least the contact surface of the shield plate 10 is provided with an adhesive layer for contacting the mounting surfaces 44, 46, 52 and the processor socket 18 or the surroundings thereof, respectively. In addition, in this embodiment, the protective plate 10 is transparent or semi-transparent, and is made of plastic. . To be sure, the tear line 54 is formed in the sheet-shaped shield 10, and the tear line 54 is used to help the shield to self-attach the module 38 or the processor socket 18 or other Once the surrounding or motherboard or processor is removed, the shield 10 is predetermined to be damaged. In addition, the attachment members 58 for attaching one or more pieces of passive cooling b ^ to the feet 40 and 42 are formed on the attachment module%. In addition, the bottom sides of the feet 40 and 42 opposite to the attachment member 58 have attachment members% for attaching the attachment module 38 to the motherboard or the case of the computer. FIG. 6 is a schematic diagram of a fourth embodiment of a shield plate 10 disposed on the processor socket 18 in an open state. What we confirm 20 is that the guard plate 10 is composed of a cover-like member and includes a central, overhead compliance plate main body 12, which is used in the processor socket I8 for an opposite latch to the corresponding notch a The adjustment piece 62 is formed around the shield main body 12. In the closed state of the processor socket W (see FIG. 7), the shield plate 10 is surrounded by a frame member 60. The frame member 60 is movably connected to the processor socket via a hinge or 200538908 疋 Utl member 70, and is fixed or closed by a latch tl member 68, respectively. Furthermore, we confirmed that 6 cans of one handle were formed on the compliance plate main body 12. It can be seen from FIG. 7 that a specific embodiment of the thin plate 1G under the closed heart of FIG. 6 is clearly shown in the figure. The lock 5 yuan is clearly shown. The lock adjustment piece 72 is pressed against the frame member. 60, so that it is fixedly disposed on the processor socket is or the shield 10, respectively. The eighth figure is a schematic diagram of the gamma-ray embodiment of a shield plate ι0 disposed on a processor socket 18. Here, unlike the specific embodiment shown in Figs. 6 and 7, the two sealing sheets 74 are formed. Among them, one side 10 and the sealing sheet 74 are connected to the protective plate 10, and the other side is connected to the processor A, particularly the two surrounding elements 78 opposite to each other. In addition, each of them has 1 split line 76. [Brief description of the drawings] FIG. 1 is a schematic diagram of a protective plate 15 disposed on a processor socket according to the present invention; FIG. 2 is a schematic diagram of the protective plate of FIG. 1-FIG. 20 is a schematic diagram of a second embodiment of a protective plate disposed on a processor socket according to the present invention;
^圖係為第3圖之護板的另—概略圖式； 、為本發明之配置在一附裝模組上的一護板之 第二具體實施例的一概略圖式； 第6圖係A由 ^ , 、…岭於開啟狀態下本發明配置在一處理器插 厘上的一護柄 > 第四具體實施例的一概略圖式； 弟7圖係兔 '閉合狀態下第6圖之具體實施例的一概略 14 200538908 圖式； 第8圖係為本發明之配置在一處理器插座上的一護板 之第五具體實施例的一概略圖式。 【主要元件符號說明】 10…護板 48" •中央區域 12…中央護板主體 50" •腳件 14…腳件 52·· •安置表面 16…附裝元件 54" •撕裂線 18…處理器插座 56" •附裝構件 20…主機板 58" •附裝構件 22…開口 60" •框架構件 24···閂鎖元件 62" •閂鎖調整片 26…閉合框架 64·· •凹口 28,30···側表面 66·· •握柄 32…終端表面 68" •鎖扣元件 34…安置表面 70" •閂鎖元件 36···表面 72·· •鎖扣調整片 38…附裝模組 74·· •密封薄片 40,42···腳件 76" •撕裂線 44,46···安置表面 78" •周圍元件^ The figure is another schematic diagram of the guard plate of FIG. 3; and a schematic diagram of the second embodiment of a guard plate disposed on an attachment module according to the present invention; FIG. 6 is a diagram A consists of ^, ... in an open state. A protective handle disposed on a processor insert of the present invention > a schematic diagram of a fourth embodiment; younger figure 7 is a rabbit in a closed state. FIG. 6 A schematic diagram of a specific embodiment 14 200538908; FIG. 8 is a schematic diagram of a fifth specific embodiment of a protective plate disposed on a processor socket of the present invention. [Description of symbols of main components] 10 ... guard 48 " • central area 12 ... center guard main body 50 " Socket 56 " • Attachment member 20 ... Motherboard 58 " • Attachment member 22 ... Opening 60 " 28,30 ·· Side surface 66 ··· Handle 32… Terminal surface 68 " • Locking element 34 ... Placement surface 70 " Mounting module 74 ·· Sealing sheet 40,42 ·· Feet 76 " • Tear line 44,46 ·· Placement surface 78 "
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